Thanks very much for all the electrical help from the Mega Welcome..
Did some testing today.
Brand new battery fully charged. 13.5 volts or so.
No voltage increase at the battery as you rev the engine.
Stator is a replacement one, all yellow wires, The wiring between Stator and R/R was put together with SUPER HEAVY duty bullet connectors with very thik almost silicon feeling insulators. BUT the connectors were then taped together right next to each other. The Three connectors were MELTED together, but only the insulation was melted, the metal in the bullet connectors never actually touched.
The Stator tested MOSTLY good.
Proper resistance between all the wires.
The Ground test passed too.
But while revving the engine.. got 70 Volts on two wires, and 65 Volts from One. I read that the Volts should be the same, but not sure if a 5 Volt difference is a death sentence or not.
I don't have a tach.. so It is possible that I let the revs drop a little at one point or another. But we did the test several times, and got the same result.. from the same wires, So I don't think so.
Tested the R/R .
The diode test passed, but it is not sending power apparently to the bike. Tested the grounds from The R/R and that passed as well, the R/R does get warm while the bike is running so I guess it is getting the power from the Stator, But not doing the correct things with that power. One thing we noticed was that the red wire coming out of the R/R had power even when the key was off, not sure if that is proper or not. We were thinking that under normal conditions, the R/R would be charging the battery through that wire.
I decided that for now... It would be best if I left the the wires from the Stator disconnected.. we arranged them so they are properly insulated from each other and ground.
I saw no point in sending that voltage into a possible failed R/R and further damaging the Stator. Let me know if that's bad or not. I had a small fear that the power NEEDS to go somewhere, or could fry the Stator.. though that is likely already the case.
Also left the R/R disconnected. So the power wire to the battery is also disconnected at this point.
Now I am running the bike solely from the battery...
I will plug the bike in to a nice trickle charger when I get home...
SO.. I am now riding a Plug in Hybrid.. LOL
In the daytime, I will pull the headlight fuse to conserve some battery life... and I almost never ride in the dark anyway. Though I would prefer a light on in daytime for visibility reasons.
So I am riding it with caution as to the distance... I may hook up a volt meter to monitor the battery, as I ride. Those are pretty cheap and would give me some indicator as the battery discharges that I should head home.
I might make a mount for my 860 Lumen Flashlight.. and use it as a headlight instead... the Flashlight is brighter anyway. Even on it's lower settings it should be VERY visible to oncoming traffic. On high it will through a beam almost 200 yards. Aimed down a bit, it lights up the road quite nicely.
I have been doing that on my 78 Yamaha DT 175.. because a 6 Volt headlight SUCKS REALLY BAD. LOL.
Let me know what you think.
I will be doing a little more testing if needed, and depending on what you guys think, I will buy a new Stator and R/R
But for now.. I can't afford it
So if I wanna ride it. I can. Just have to be careful about how far I go.
Thanks for all the help. And suggestions.
Ken
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